HAKEL PENDANT 3D print model

Hakel Pendant 3D Model Description

Design Overview:
The Hakel Pendant is a captivating blend of modern design and timeless elegance. Its sleek lines and geometric patterns create a contemporary look that is both sophisticated and versatile.

Materials:
This pendant is crafted from 18K yellow gold, providing a rich and warm tone that complements the intricate design.

Gemstone Details:

1. Type: Diamond
2. Shape: Round Brilliant Cut
3. Carat Weight: [Specify carat weight]
4. Color: [Specify diamond color grade]
5. Clarity: [Specify diamond clarity grade]
6. Cut: Excellent, maximizing brilliance and sparkle.

Setting:
The diamond is securely set within the pendant's geometric design, enhancing its brilliance and creating a striking focal point.

Pendant Dimensions:

• Length: [Specify length in millimeters]
• Width: [Specify width in millimeters]
• Depth: [Specify depth in millimeters]

Chain Details:
The pendant is suspended from a delicate 18-inch yellow gold chain, creating a seamless and elegant look.

Finishing Touches:
The pendant undergoes a meticulous polishing process, resulting in a flawless and high-gloss finish that accentuates the intricate design and brilliance of the diamond.

Versatility:
This 3D model captures the essence of a versatile piece that can seamlessly transition from day to night, making it a perfect addition to any jewelry collection.

File Formats:
The 3D model is available in commonly used formats such as .OBJ, .STL, and .FBX, ensuring compatibility with various 3D rendering and printing software.

Ideal Use Cases:

• Jewelry Rendering: Ideal for creating realistic and high-quality jewelry renderings.
• 3D Printing: Suitable for producing physical prototypes of the pendant for manufacturing.

Note:
This 3D model description serves as a guide, and specific details may vary based on the actual design and preferences of the jeweler or designer.

Feel free to customize this description based on the unique features and specifications of your Hakel Pendant 3D model.